会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 1. 发明申请
    • Method and device for controlling the moisture or coating quantity profile in a paper web
    • 用于控制纸幅中的水分或涂布量分布的方法和装置
    • US20060225303A1
    • 2006-10-12
    • US10432584
    • 2001-11-22
    • Juha LipponenHans SundqvistJarkko NurmiJarkko VeijolaJari Almi
    • Juha LipponenHans SundqvistJarkko NurmiJarkko VeijolaJari Almi
    • F26B9/00F26B13/00
    • D21H23/78D21F7/003D21G7/00
    • The narrow-scale moisture profile of a paper web is controlled by profiling nozzles (11) of a profiling device (10) which cover part of the width of the web and desired variations of the moisture profile are corrected by the profiling nozzles (11). Coating quantity profile of a paper web may also be controlled. The narrow-scale coating quantity profile is controlled by profiling nozzles (11) of a profiling device (10) which cover part of the width of the web and desired variations of the coating quantity profile are corrected by the profiling nozzles (11). The device (10) for controlling the moisture profile or the coating quantity profile of a paper web has profiling nozzles (11) for controlling narrow-scale moisture profile variation, which cover a desired part of the width of the web, to correct desired variations occurring in the profile in the width direction of the web.
    • 纸幅的窄尺度水分轮廓通过成型装置(10)的成型喷嘴(11)进行控制,成型装置(10)覆盖幅材宽度的一部分,并且通过成型喷嘴(11)校正所需水分分布的所需变化, 。 也可以控制纸幅的涂布量分布。 通过成型装置(10)的成形喷嘴(11)来控制狭窄的涂布量分布,该成型装置(10)覆盖卷材宽度的一部分,并且通过成型喷嘴(11)校正涂布量分布的期望变化。 用于控制纸幅的湿度分布或涂布量分布的装置(10)具有用于控制窄尺度水分分布变化的成型喷嘴(11),其覆盖幅材宽度的期望部分以校正所需变化 在卷材的宽度方向上的轮廓中发生。
    • 2. 发明授权
    • Method and device for controlling the moisture or coating quantity profile in a paper web
    • 用于控制纸幅中的水分或涂布量分布的方法和装置
    • US07249424B2
    • 2007-07-31
    • US10432584
    • 2001-11-22
    • Juha LipponenHans SundqvistJarkko NurmiJarkko VeijolaJari Almi
    • Juha LipponenHans SundqvistJarkko NurmiJarkko VeijolaJari Almi
    • F26B3/00
    • D21H23/78D21F7/003D21G7/00
    • The narrow-scale moisture profile of a paper web is controlled by profiling nozzles (11) of a profiling device (10) which cover part of the width of the web and desired variations of the moisture profile are corrected by the profiling nozzles (11). Coating quantity profile of a paper web may also be controlled. The narrow-scale coating quantity profile is controlled by profiling nozzles (11) of a profiling device (10) which cover part of the width of the web and desired variations of the coating quantity profile are corrected by the profiling nozzles (11). The device (10) for controlling the moisture profile or the coating quantity profile of a paper web has profiling nozzles (11) for controlling narrow-scale moisture profile variation, which cover a desired part of the width of the web, to correct desired variations occurring in the profile in the width direction of the web.
    • 纸幅的窄尺度水分轮廓通过成型装置(10)的成型喷嘴(11)进行控制,成型装置(10)覆盖幅材宽度的一部分,并且通过成型喷嘴(11)校正所需水分分布的所需变化, 。 也可以控制纸幅的涂布量分布。 通过成型装置(10)的成形喷嘴(11)来控制窄尺寸涂布量分布,该成型装置(10)覆盖卷材宽度的一部分,并且通过成型喷嘴(11)校正涂布量分布的期望变化。 用于控制纸幅的湿度分布或涂布量分布的装置(10)具有用于控制窄尺度水分分布变化的成型喷嘴(11),其覆盖幅材宽度的期望部分以校正所需变化 在卷材的宽度方向上的轮廓中发生。
    • 3. 发明授权
    • Method and apparatus for drying a paper web
    • 干燥纸幅的方法和装置
    • US06365004B1
    • 2002-04-02
    • US09581921
    • 2000-08-17
    • Kristian Hamstr{haeck over (o)}mHarri HapponenAntti KuhasaloJuha LipponenJärkko NurmiJuha OjanenHans Sundqvist
    • Kristian Hamstr{haeck over (o)}mHarri HapponenAntti KuhasaloJuha LipponenJärkko NurmiJuha OjanenHans Sundqvist
    • D21F1100
    • D21F5/00D21F5/042D21F5/18D21F7/003
    • A method and apparatus effect drying of a paper web using a plurality of heated drying cylinders and at least one air impingement module having a hood. The paper web is brought into operative contact with the heated drying cylinders, and at least one of the final moisture content, quality, and cross-direction profile of the paper web is regulated. The regulation is effected by adjusting the efficiency of air impingement drying of the paper web, by adjusting at least one of the blowing velocity of the medium (typically air) blown against the paper web, the humidity of the blowing medium, and the distance of the hood of the impingement module from the paper web. At least one of the final moisture content of the paper web and its quality may also be regulated by adjusting the steam pressure of one or more drying cylinder groups. Typically the final moisture content of the web is measured after the last drying cylinder group and the efficiency of air impingement drying is regulated on the basis of that measurement.
    • 一种使用多个加热的干燥筒和至少一个具有罩的空气冲击模块来干燥纸幅的方法和装置。 纸幅与加热的干燥筒进行操作接触,并且调节纸幅的最终含水量,质量和横向轮廓中的至少一个。 调节是通过调节纸幅的空气冲击干燥的效率,通过调节吹向纸幅的介质(通常是空气)的吹送速度,吹塑介质的湿度和吹扫介质的距离 来自纸幅的冲击模块的罩。 通过调节一个或多个干燥筒组的蒸汽压力,还可以调节纸幅的最终含水量和其质量中的至少一个。 通常,在最后一个干燥筒组之后测量幅材的最终含水量,并且基于该测量来调节空气冲击干燥的效率。
    • 5. 发明授权
    • Method for cutting a web feeding tail and a corresponding cutting device
    • 用于切割卷筒纸送料尾部和相应切割装置的方法
    • US06526854B1
    • 2003-03-04
    • US09890183
    • 2001-07-26
    • Paul I KytönenPekka KoivukunnasJuha Lipponen
    • Paul I KytönenPekka KoivukunnasJuha Lipponen
    • B26D706
    • D21G9/0063Y10T83/0453
    • The invention relates to a method for cutting a web feeding tail and a corresponding cutting device. In the method the web feeding tail is detached from a roll and tension ed for cutting. The web feeding tail is cut by the blade of a cutting device, without a counter blade, and the cut web feeding tail is guided forwards in the desired direction to a next web feeding device. The cutting device is located on the opposite side of the web feeding tail to the aforesaid following web feeding device. The web feeding tail is cut by the blade over the entire width of the web feeding tail. At the same time, the cut web feeding tail is guided in a single layer from the blade to the aforesaid web feeding device.
    • 本发明涉及一种用于切割卷筒纸送料尾部和相应切割装置的方法。 在该方法中,幅材进给尾部与辊分离并且被拉紧以进行切割。 纸幅馈送尾部由切割装置的刀片切割而没有反叶片,并且切割的卷筒纸进给尾部沿所需方向被向前引导到下一个卷筒纸进给装置。 切割装置位于卷筒纸进给尾部的相对侧,与上述的后续卷筒纸进给装置相对。 纸幅进纸尾在纸幅馈送尾部的整个宽度上被刀片切割。 同时,切割的卷筒纸进料尾部从单个叶片引导到上述卷筒纸送料装置。
    • 7. 发明授权
    • Drying unit and dryer section that makes use of such units
    • 使用这种单元的干燥单元和干燥部
    • US6003241A
    • 1999-12-21
    • US64427
    • 1998-04-22
    • Antti KomulainenJuha KaihovirtaJuha LipponenMartti Salminen
    • Antti KomulainenJuha KaihovirtaJuha LipponenMartti Salminen
    • D21F5/04D21F5/18D21F5/00F26B11/02
    • D21F5/044D21F5/04D21F5/182
    • A drying unit in a dryer section of a paper or board machine including a drying wire guided in a loop, a large-diameter impingement-drying and/or through-drying cylinder arranged inside the drying-wire loop and smaller diameter smooth-faced heated contact-drying cylinders arranged on top of the large cylinder and/or in the vicinity thereof and at both sides thereof. The impingement-drying and/or through-drying cylinder is placed in a space below the floor level of the paper machine hall and provided with an openable and closable blow hood so that the removal of broke out of connection with the hood takes place substantially by the force of gravity. The central axes of the contact-drying cylinders placed in the vicinity of the large cylinder are placed in the vicinity of, or above, the floor level of the paper machine hall. A curve sector of the paper web on the outer face of the drying wire over the large cylinder greater than about 180.degree..
    • 纸或纸机的干燥部中的烘干单元,其包括以循环方式引导的干燥线,布置在干线回路内的大直径冲击干燥和/或贯穿干燥筒,较小直径的平面加热 接触干燥筒布置在大圆柱体的顶部和/或其附近和两侧。 冲击干燥和/或通过干燥的滚筒被放置在造纸机大厅的地板下方的空间内,并设置有可打开和关闭的吹风罩,使得脱离与罩的连接的移除基本上由 重力。 放置在大圆柱体附近的接触干燥滚筒的中心轴被放置在造纸机大厅的地板层附近或之上。 干燥线外面的纸幅在大圆柱体上的弯曲部分大于约180度。
    • 8. 发明申请
    • METHOD AND EXAMINATION DEVICE FOR IMAGING AN ORGAN
    • 用于成像有机体的方法和检查装置
    • US20120188356A1
    • 2012-07-26
    • US13498198
    • 2010-11-16
    • Ilkka JolmaMarkku VirtaMikko TuohimaaJuha Lipponen
    • Ilkka JolmaMarkku VirtaMikko TuohimaaJuha Lipponen
    • H04N7/18
    • A61B3/14A61B3/112
    • A hand-held examination device for imaging the eye (106) comprises a user interface (108), infrared source (150) and visible light source (152). The infrared source (150) illuminates the eye (106) with infrared radiation, the examination device forms an image of the eye (106) while illuminated by infrared radiation, and the display shows the eye (106) illuminated by infrared radiation. The user interface (108) receives from the user a signal for generating an image. The visible light source (152) is switched on in a predefined manner in response to the received user signal for generating the image. The examination device generates at least one image of the eye (106) by using visible light in response to the received user signal for generating the image.
    • 用于对眼睛进行成像的手持检查装置(106)包括用户界面(108),红外源(150)和可见光源(152)。 红外源(150)用红外线照射眼睛(106),检查装置在被红外辐射照射的同时形成眼睛(106)的图像,并且显示器显示由红外辐射照射的眼睛(106)。 用户界面(108)从用户接收用于生成图像的信号。 响应于接收到的用于生成图像的用户信号,以预定的方式接通可见光源(152)。 检查装置响应于接收到的用于生成图像的用户信号,通过使用可见光来生成眼睛(106)的至少一个图像。